Describe how the parts of an ovule (integument. megaspore, megasporangium) correspond to the parts of a seed

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Answer 1

Textbook Question

Chapter 30, Problem 30.1CR

Describe how the parts of an ovule (integument. megaspore, megasporangium) correspond to the parts of a seed

Expert Solution & Answer

Summary Introduction

To describe: The way in which the parts of an ovule such as integument, megaspore, and megasporangium develop into the corresponding parts of a seed.

Introduction: The ovule in the female plant contains a single or a double layer of the diploid integument (2n). The megaspore cell is haploid (n) inside the ovule. The tissue megasporangium (2n) is present inside the ovule. The fertilization of the ovule by the sperm leads to the formation of the diploid zygote. It forms the seed ahead.

Explanation of Solution

The integument is the outer layer of the ovule in the female, which is diploid (2n). The megaspore cell is haploid inside the ovule. The tissue megasporangium inside the ovule is diploid (2n). The haploid (n) sperm cell enters the ovule through the pollen tube and fertilizes it. This leads to the formation of the fertilized diploid zygote in the plants like angiosperms and the gymnosperms. The other two haploid cells are fertilized by the other sperm to form the triploid (3n) cell containing the endosperm. This leads to the formation of the complete seed. The seed contains the fertilized ovule inside. The development of the seed takes place to form the seed coat, spore wall, and the inner tissue that supplies the food and nutrition.

Conclusion

The fertilization of the female ovule (n) takes place by the help of the male haploid (n) sperm. This leads to the formation of the diploid fertilized zygote (2n). The zygote then grows to form the seed containing the nutritious tissue, which provides the food and water. The other two haploid cells inside the ovule get fertilized by the sperm cell to form the triploid cell inside the ovule. This forms the complete seed in the plants.

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After you feel comfortable with your counting method and identifying cells in the various stages of mitosis, use the four images below of whitefish blastula to count the cells in each stage until you reach 100 total cells, recording your data below in Data Table 1. (You may not need to use all four images. Stop counting when you reach 100 total cells.) After totaling the cells in each stage, calculate the percent of cells in each stage. (Divide total of stage by overall total of 100 and then multiply by 100 to obtain percentage.) Data Table 1Stage Totals PercentInterphase Mitosis: Prophase Metaphase Anaphase Telophase Cytokinesis Totals 100 100% To find the length of time whitefish blastula cells spend in each stage, multiply the percent (recorded as a decimal, in other words take the percent number and divide by 100) by 24 hours. (Example: If percent is 20%, then Time in Hours = .2 * 24 = 4.8) Record your data in Data…

Answer 2

Textbook Question

Chapter 30, Problem 30.1CR

Describe how the parts of an ovule (integument. megaspore, megasporangium) correspond to the parts of a seed

Expert Solution & Answer

Summary Introduction

To describe: The way in which the parts of an ovule such as integument, megaspore, and megasporangium develop into the corresponding parts of a seed.

Introduction: The ovule in the female plant contains a single or a double layer of the diploid integument (2n). The megaspore cell is haploid (n) inside the ovule. The tissue megasporangium (2n) is present inside the ovule. The fertilization of the ovule by the sperm leads to the formation of the diploid zygote. It forms the seed ahead.

Explanation of Solution

The integument is the outer layer of the ovule in the female, which is diploid (2n). The megaspore cell is haploid inside the ovule. The tissue megasporangium inside the ovule is diploid (2n). The haploid (n) sperm cell enters the ovule through the pollen tube and fertilizes it. This leads to the formation of the fertilized diploid zygote in the plants like angiosperms and the gymnosperms. The other two haploid cells are fertilized by the other sperm to form the triploid (3n) cell containing the endosperm. This leads to the formation of the complete seed. The seed contains the fertilized ovule inside. The development of the seed takes place to form the seed coat, spore wall, and the inner tissue that supplies the food and nutrition.

Conclusion

The fertilization of the female ovule (n) takes place by the help of the male haploid (n) sperm. This leads to the formation of the diploid fertilized zygote (2n). The zygote then grows to form the seed containing the nutritious tissue, which provides the food and water. The other two haploid cells inside the ovule get fertilized by the sperm cell to form the triploid cell inside the ovule. This forms the complete seed in the plants.

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Answer 3

Textbook Question

Chapter 30, Problem 30.1CR

Describe how the parts of an ovule (integument. megaspore, megasporangium) correspond to the parts of a seed

Expert Solution & Answer

Summary Introduction

To describe: The way in which the parts of an ovule such as integument, megaspore, and megasporangium develop into the corresponding parts of a seed.

Introduction: The ovule in the female plant contains a single or a double layer of the diploid integument (2n). The megaspore cell is haploid (n) inside the ovule. The tissue megasporangium (2n) is present inside the ovule. The fertilization of the ovule by the sperm leads to the formation of the diploid zygote. It forms the seed ahead.

Explanation of Solution

The integument is the outer layer of the ovule in the female, which is diploid (2n). The megaspore cell is haploid inside the ovule. The tissue megasporangium inside the ovule is diploid (2n). The haploid (n) sperm cell enters the ovule through the pollen tube and fertilizes it. This leads to the formation of the fertilized diploid zygote in the plants like angiosperms and the gymnosperms. The other two haploid cells are fertilized by the other sperm to form the triploid (3n) cell containing the endosperm. This leads to the formation of the complete seed. The seed contains the fertilized ovule inside. The development of the seed takes place to form the seed coat, spore wall, and the inner tissue that supplies the food and nutrition.

Conclusion

The fertilization of the female ovule (n) takes place by the help of the male haploid (n) sperm. This leads to the formation of the diploid fertilized zygote (2n). The zygote then grows to form the seed containing the nutritious tissue, which provides the food and water. The other two haploid cells inside the ovule get fertilized by the sperm cell to form the triploid cell inside the ovule. This forms the complete seed in the plants.

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Answer 4

Textbook Question

Chapter 30, Problem 30.1CR

Describe how the parts of an ovule (integument. megaspore, megasporangium) correspond to the parts of a seed

Expert Solution & Answer

Summary Introduction

To describe: The way in which the parts of an ovule such as integument, megaspore, and megasporangium develop into the corresponding parts of a seed.

Introduction: The ovule in the female plant contains a single or a double layer of the diploid integument (2n). The megaspore cell is haploid (n) inside the ovule. The tissue megasporangium (2n) is present inside the ovule. The fertilization of the ovule by the sperm leads to the formation of the diploid zygote. It forms the seed ahead.

Explanation of Solution

The integument is the outer layer of the ovule in the female, which is diploid (2n). The megaspore cell is haploid inside the ovule. The tissue megasporangium inside the ovule is diploid (2n). The haploid (n) sperm cell enters the ovule through the pollen tube and fertilizes it. This leads to the formation of the fertilized diploid zygote in the plants like angiosperms and the gymnosperms. The other two haploid cells are fertilized by the other sperm to form the triploid (3n) cell containing the endosperm. This leads to the formation of the complete seed. The seed contains the fertilized ovule inside. The development of the seed takes place to form the seed coat, spore wall, and the inner tissue that supplies the food and nutrition.

Conclusion

The fertilization of the female ovule (n) takes place by the help of the male haploid (n) sperm. This leads to the formation of the diploid fertilized zygote (2n). The zygote then grows to form the seed containing the nutritious tissue, which provides the food and water. The other two haploid cells inside the ovule get fertilized by the sperm cell to form the triploid cell inside the ovule. This forms the complete seed in the plants.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To describe: The way in which the parts of an ovule such as integument, megaspore, and megasporangium develop into the corresponding parts of a seed.

Introduction: The ovule in the female plant contains a single or a double layer of the diploid integument (2n). The megaspore cell is haploid (n) inside the ovule. The tissue megasporangium (2n) is present inside the ovule. The fertilization of the ovule by the sperm leads to the formation of the diploid zygote. It forms the seed ahead.

Explanation of Solution

The integument is the outer layer of the ovule in the female, which is diploid (2n). The megaspore cell is haploid inside the ovule. The tissue megasporangium inside the ovule is diploid (2n). The haploid (n) sperm cell enters the ovule through the pollen tube and fertilizes it. This leads to the formation of the fertilized diploid zygote in the plants like angiosperms and the gymnosperms. The other two haploid cells are fertilized by the other sperm to form the triploid (3n) cell containing the endosperm. This leads to the formation of the complete seed. The seed contains the fertilized ovule inside. The development of the seed takes place to form the seed coat, spore wall, and the inner tissue that supplies the food and nutrition.

Conclusion

The fertilization of the female ovule (n) takes place by the help of the male haploid (n) sperm. This leads to the formation of the diploid fertilized zygote (2n). The zygote then grows to form the seed containing the nutritious tissue, which provides the food and water. The other two haploid cells inside the ovule get fertilized by the sperm cell to form the triploid cell inside the ovule. This forms the complete seed in the plants.

Answer 8

Expert Solution & Answer

Summary Introduction

To describe: The way in which the parts of an ovule such as integument, megaspore, and megasporangium develop into the corresponding parts of a seed.

Introduction: The ovule in the female plant contains a single or a double layer of the diploid integument (2n). The megaspore cell is haploid (n) inside the ovule. The tissue megasporangium (2n) is present inside the ovule. The fertilization of the ovule by the sperm leads to the formation of the diploid zygote. It forms the seed ahead.

Explanation of Solution

The integument is the outer layer of the ovule in the female, which is diploid (2n). The megaspore cell is haploid inside the ovule. The tissue megasporangium inside the ovule is diploid (2n). The haploid (n) sperm cell enters the ovule through the pollen tube and fertilizes it. This leads to the formation of the fertilized diploid zygote in the plants like angiosperms and the gymnosperms. The other two haploid cells are fertilized by the other sperm to form the triploid (3n) cell containing the endosperm. This leads to the formation of the complete seed. The seed contains the fertilized ovule inside. The development of the seed takes place to form the seed coat, spore wall, and the inner tissue that supplies the food and nutrition.

Conclusion

The fertilization of the female ovule (n) takes place by the help of the male haploid (n) sperm. This leads to the formation of the diploid fertilized zygote (2n). The zygote then grows to form the seed containing the nutritious tissue, which provides the food and water. The other two haploid cells inside the ovule get fertilized by the sperm cell to form the triploid cell inside the ovule. This forms the complete seed in the plants.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To describe: The way in which the parts of an ovule such as integument, megaspore, and megasporangium develop into the corresponding parts of a seed.

Introduction: The ovule in the female plant contains a single or a double layer of the diploid integument (2n). The megaspore cell is haploid (n) inside the ovule. The tissue megasporangium (2n) is present inside the ovule. The fertilization of the ovule by the sperm leads to the formation of the diploid zygote. It forms the seed ahead.

Answer 12

Explanation of Solution

The integument is the outer layer of the ovule in the female, which is diploid (2n). The megaspore cell is haploid inside the ovule. The tissue megasporangium inside the ovule is diploid (2n). The haploid (n) sperm cell enters the ovule through the pollen tube and fertilizes it. This leads to the formation of the fertilized diploid zygote in the plants like angiosperms and the gymnosperms. The other two haploid cells are fertilized by the other sperm to form the triploid (3n) cell containing the endosperm. This leads to the formation of the complete seed. The seed contains the fertilized ovule inside. The development of the seed takes place to form the seed coat, spore wall, and the inner tissue that supplies the food and nutrition.

Answer 13

Conclusion

The fertilization of the female ovule (n) takes place by the help of the male haploid (n) sperm. This leads to the formation of the diploid fertilized zygote (2n). The zygote then grows to form the seed containing the nutritious tissue, which provides the food and water. The other two haploid cells inside the ovule get fertilized by the sperm cell to form the triploid cell inside the ovule. This forms the complete seed in the plants.

Answer 14

Ch. 30.1 - Contrast how sperm reach the eggs of seedless...Ch. 30.1 - What features not present in seedless plants have...Ch. 30.1 - WHAT IF? If a seed could not enter dormancy, how...Ch. 30.2 - Use examples from Figure 30.7 to describe how...Ch. 30.2 - Explain how the pine life cycle in Figure 30.4...Ch. 30.2 - Prob. 3CC Ch. 30.3 - It is said that an oak is an acorns way of making...Ch. 30.3 - Compare and contrast a pine cone and a flower in...Ch. 30.3 - WHAT IF? Do speciation rates in closely related...Ch. 30.4 - Explain why plant diversity can be considered a...

Describe how the parts of an ovule (integument. megaspore, megasporangium) correspond to the parts of a seed

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